CNC Turning Machining Parts CNC Machined Aluminum Precision Parts Milling CNC Machining Part

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6061 7075 CNC Machining Aluminum Parts Manufacturing

CNC turning is a subtractive manufacturing process that involves the rotation of a metal rod

while a cutting tool is applied to the material to remove excess material and shape it into

final parts.

Our CNC lathes are equipped with live tooling capabilities, allowing for the machining of flat

features and holes on the workpiece.

Furthermore, both outside diameter (OD) and inside diameter (ID) threading can be performed.

Upon completion, turned parts can either retain their as-machined appearance, showcasing

visible tool marks, or undergo a bead blasting process for a smoother finish. After the production

run is finished, parts are subjected to inspection, packaged, and promptly dispatched for delivery.

Product Details

CNC machining can be used for a wide variety of materials, with the most common being aluminum,

steel, brass, ABS, Delrin, and nylon. But really, almost any hard material can be CNC machined.

CNC Machining Tolerances

Tolerances are not standardized across all processes and materials. The final tolerances on your

part depend on various factors, such as part size, design complexity, the number and size of

features, materials used, surface finish, and the manufacturing process employed.

Once your order is confirmed, we conduct a Design for Manufacturing review to identify areas

that may need modification for better manufacturability.

Applications of CNC Machining Parts

Industries that use CNC machining include aerospace, automotive parts manufacturing,

medical machine manufacturing, transportation, defense, and marine industries, along with oil

and gas industries and electronics.

CNC machining has allowed these industries to become more efficient at mass-producing

custom CNC parts.

Company Profile

FAQ's

1. Precision and Accuracy in CNC Turning

CNC lathes excel in precision and accuracy, particularly when working with hard materials such

as steel, aluminum, stainless steel, titanium, brass, and copper.

While plastic materials can also be used in CNC turning, their achievable tolerances are generally

lower compared to their metal counterparts, and they can be more susceptible to deformation

during machining.

Additionally, plastic materials are often chosen for certain applications due to their

cost-effectiveness when compared to metals.

Typically, CNC turning machines provide accuracy and repeatability within a few thousandths of an

inch. With the right equipment, setup, and conditions, CNC lathes can achieve tolerances within

a few ten-thousandths of an inch or even better.

However, achieving such high tolerances can be influenced by factors like material temperature,

machine quality, and the complexity of the part being machined.

2. Advantages of the Turning Process

CNC turning offers several advantages when compared to other machining and manufacturing

processes:

1. Exceptionally Tight Tolerances:

CNC turning machines provide exceptional precision, thanks to the firm support of the workpiece

near the point of operation.

This close proximity ensures minimal deflection and allows for the machining of extremely tight

tolerances, even for small parts.

2. Complex Part Production:

The robust support of bar stock during machining enables Swiss machines to create intricate parts

with thinner walls, delicate features, and deeper cuts.

These capabilities extend beyond what is achievable with other machining methods.

3. High Speed:

CNC turning centers perform multiple operations in a single setup, significantly reducing cycle

times and increasing production volume.

Additionally, the ability to operate lights-out allows for near-continuous component manufacturing,

further reducing lead times.

4. Ready-to-Ship Parts:

CNC machining produces precise results, often eliminating the need for secondary operations.

This results in parts that are ready for immediate shipping, streamlining the production process.

CNC turning is a highly efficient and precise machining method that offers unique advantages for

manufacturing intricate and high-precision components.